A plain scarf joint is used to fabricate a prismatic member to be subjected to pure tension. Calculate the load carrying capacity of the joint if the allowable shear and tensile stresses in the adhesive layer are 26 MPa and 76 MPa, respectively. The normal vector of the inclined section makes an angle of 30 degrees from the centroidal axis of the prismatic member. The cross-sectional area is 300 mm². 30° P
A plain scarf joint is used to fabricate a prismatic member to be subjected to pure tension. Calculate the load carrying capacity of the joint if the allowable shear and tensile stresses in the adhesive layer are 26 MPa and 76 MPa, respectively. The normal vector of the inclined section makes an angle of 30 degrees from the centroidal axis of the prismatic member. The cross-sectional area is 300 mm². 30° P
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:A plain scarf joint is used to fabricate a prismatic member to be subjected to pure tension.
Calculate the load carrying capacity of the joint if the allowable shear and tensile stresses in
the adhesive layer are 26 MPa and 76 MPa, respectively.
The normal vector of the inclined section makes an angle of 30 degrees from the centroidal
axis of the prismatic member. The cross-sectional area is 300 mm².
30°
P
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